Henley E.M., Thirring W. — Elementary Quantum Field Theory :: Электронная библиотека попечительского совета мехмата МГУ

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Henley E.M., Thirring W. — Elementary Quantum Field Theory

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Название: Elementary Quantum Field Theory

Авторы: Henley E.M., Thirring W.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1962

Количество страниц: 287

Добавлена в каталог: 04.12.2013

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Предметный указатель

Potential, Yukawa      249
Production of pions      208 (see also Photomeson production)
Products, ordered      49
Projection operator, in intermediate-coupling pion theory      189
Projection operator, in strong-coupling pion theory      195
Projection operator, onto bound states      107 220 221 223
Projection operator, onto eigenstates of matrix      80 81 205 206
Proton      see Nucleon
Pseudoscalar field      40
Purcell, E. M.      51n.
Quantization rules      29—32 75—78 112 256
Quantum field, relation to classical field      3 4
Radiation field      235 236
Radius of nucleon      229
Recoil effects in pion physics      156 198 217 245 253
Relativistic field      see Free field
Relativity      8
Renormalization constants in pion theory      180—183 203 209 210 222—224
Renormalization constants in pion theory, in intermediate coupling      191
Renormalization constants in pion theory, in perturbation theory      184
Renormalization constants in pion theory, in strong coupling      191
Renormalization constants in pion theory, in Tamm — Dancoff approximation      186
Renormalization constants in pion theory, numerical calculations      196 197
Renormalization, of coupling constant, in Lee model      136 137 144 149
Renormalization, of coupling constant, in pair theory      118
Renormalization, of coupling constant, in pion physics      203
Renormalization, of wave function in Lee model      132—134 137 138
Repulsive core      155
Resonance scattering, in pair theory      115—119
Resonance scattering, in pion physics      172—174 196 198 213 214 216
Retherford, R. C.      125n.
Rose, B.      209n. 210
Rose, M. E.      181n.
Rosenfeld, L.      3n.
Rotation, generators      36
Rotational symmetry      59 60 64
Ruderman, M. A.      240n. 257n.
Sachs, R. G.      188n. 233n.
Salzman, G.      231n.
Sartori, L.      196n.
Scalar field      24 40
Scattering matrix      78—81
Scattering matrix, for neutral static source      93—95
Scattering matrix, in pair theory      114
Scattering matrix, in pion physics      198—200 205
Scattering, in Lee model      131 132 135—150
Scattering, in neutral static-scalar theory      83 86
Scattering, in pair theory      109—111
Scattering, of pions by nucleons      158 198—218
Scattering, of pions by nucleons, matrix      200—208 212
Scattering, of pions by nucleons, analytic properties of matrices      201 202 207 211
Scattering, of pions by nucleons, angular distribution      174 175 216 217
Scattering, of pions by nucleons, angular momentum      198 199
Scattering, of pions by nucleons, charge independence      216
Scattering, of pions by nucleons, Chew — Low plot      209 210
Scattering, of pions by nucleons, classical treatment      172—175
Scattering, of pions by nucleons, cross section      156 205n. 207 208 210 214—217 223 224
Scattering, of pions by nucleons, effective range      209 213
Scattering, of pions by nucleons, Feynman diagrams      203 208
Scattering, of pions by nucleons, high-energy limit      204
Scattering, of pions by nucleons, Low equation      198 199 208
Scattering, of pions by nucleons, low-energy limit      203 207 214—216
Scattering, of pions by nucleons, perturbation theory      203 204 208 209
Scattering, of pions by nucleons, phase shifts      205 207—212 216
Scattering, of pions by nucleons, phase shifts, in photomeson production      239—241 244
Scattering, of pions by nucleons, polarization      217
Scattering, of pions by nucleons, recoil effects      198 217
Scattering, of pions by nucleons, renormalized coupling constant      203 209 210
Scattering, of pions by nucleons, resonance      198 213 214 216
Scattering, of pions by nucleons, scattering matrix      198—201 205
Scattering, of pions by nucleons, source term      199 200 213
Schiff, L. I.      18n. 29n. 37n. 42n. 85n. 157n. 236n. 252n.
Schr $\ddot{o}$ dinger field      31—33 127
Schr $\ddot{o}$ dinger field, angular momentum      35
Schr $\ddot{o}$ dinger field, center-of-mass      42
Schr $\ddot{o}$ dinger field, commutation rules      32 128
Schr $\ddot{o}$ dinger field, creation operator      33
Schr $\ddot{o}$ dinger field, destruction operator      33
Schr $\ddot{o}$ dinger field, equation of motion      32
Schr $\ddot{o}$ dinger field, Hamiltonian      33
Schr $\ddot{o}$ dinger field, Lagrangian      32
Schr $\ddot{o}$ dinger field, linear momentum      35
Schr $\ddot{o}$ dinger field, number of particles      42 43
Schr $\ddot{o}$ dinger field, one-particle state      41 48
Schr $\ddot{o}$ dinger field, two-particle state      52—54
Schr $\ddot{o}$ dinger representation      12
Schr $\ddot{o}$ dinger wave function      3 13
Schrieffer, J. R.      154n.
Schweber, S. S.      59n. 118n.
Schwinger, J.      80n. 140n.
Scott, M.      246
Segr $\acute{e}$ , E.      224n.
Self-energy      see Energy renormalization
Serber, R.      192n.
Shortley, G. H.      67n. 175n.
Signell, P. S.      257n.
Sources for pions      158 160n. 163 168 169 199 223
Sources for pions, cutoff      164 165 213 219
Sources for pions, point      72 90
Sources for pions, point, in Lee model      137
Sources for pions, point, in pair theory      74 100 101 111 118 119
Sources for pions, point, in pion physics      250
Sources for pions, several      90—92 111 249
Sources for pions, time-dependent      87 95—98 e.g. Neutral

Sparnaay, M. J.      122n.
Spherical harmonics      37—39 159 160 220
Spherical harmonics, expansions in terms of      37—39 159 160
Spin operator      157 158n. 159
Spitzer, R.      196n.
Stapp, H. P.      256n.
States, bare      77 78 85—89 129 130
States, bound      79
States, bound, in Lee model      130 131 134 135
States, bound, in pair theory      101 109—106 108 109 112 113 117
States, bound, in pion theory      171 178
States, excited      167 170 171 190 191 196 214
States, ingoing      79 94
States, many-particle      55—57 199
States, metastable      117
States, one-particle      47—52
States, outgoing      79 94
States, physical      77 78 86—89 129—131 134 135 160
States, scattering      131 132 142 143
States, two-particle      52—54
States, virtual      117 (see also Eigenstates; Vacuum)
Stoppini, G.      245
Strong-coupling theory      171 178 189—191 231n.
Strong-coupling theory, energy renormalization      195 196 225
Strong-coupling theory, excited state      196 214
Strong-coupling theory, Hamiltonian      192—194
Strong-coupling theory, pion wave function      194 195
Strong-coupling theory, renormalization constants      195
Sum symbol      27
Symanzik, K.      218n.
Takeda, G.      78n.
Taketani, M.      257n.
Tamm — Dancoff approximation      184—187 211n.
Tamm — Dancoff approximation, energy renormalization      185
Tamm — Dancoff approximation, pion wave function      185
Tamm — Dancoff approximation, renormalization constants      186
Tamm, I. E.      155n. 184n.
Tau, L.      245
Teasdale, J. G.      245
Tensor force      250—252
Thellung, A.      153n.
Thirring, W.      28n. 46n. 63n. 73n. 96n. 125n. 182n. 223n. 231n.
Thomson scattering      247
Time dependence      12—17 21 22
Time dependence, of bound state      108
Time dependence, of Heisenberg operators      13
Time dependence, of operators in interacting fields      76
Time dependence, of Schr $\ddot{o}$ dinger state vector      12
Time dependence, of source      87 95—98
Tollestrup, A. V.      245
Tomonaga intermediate coupling      see Intermediate-coupling approximation
Tomonaga, S.      92n. 186n.
Touschek, B. F.      125n.
Toyoda, T.      253n.
Transition probability      79
Transition rate      80
Uncertainty principle      12
Unitarity of wave matrix      107 108
VACUUM      39 47 49
Vacuum, bare      77
Vacuum, polarization      125
Van Hove, L.      92150n.
van Kampen, N. G.      120n.
Variational treatment for state function      186—196
Velte, J. I.      245
Vibrating atoms, line of      4—6
Vibrating line, continuous      6—8
Virial theorem, for Lee model      134 135
Virial theorem, for neutral static-scalar theory      89
Virial theorem, for pair theory      125
Virial theorem, for pion theory      222
Virtual particles      see Particles
Wada, W. W.      175n.
Walker, R. L.      245 246
Watson, G. N.      37n. 44n.
Watson, K. M.      257n.
Watson, W. K. R.      247
Wave function, of bound state      108 109
Wave function, of quanta in ground state      88 124
Wave function, of two nucleons      255
Wave matrix      78 81 104 106—111 132
Wave packet      15—17 22
Wave property of field quanta      56 57
wave velocity      7
Waves, outgoing      97
Weisskopf, V. F.      116n. 136n. 209n. 230n. 247n.
Welton, T. A.      28
Wentzel, G.      35n. 92n. 103n. 111n. 125n. 154n.
Wick, G. C.      146n. 218n.
Width of resonance      115—117 174 214
Wightman, A. S.      59n.
Wigner — Eckart theorem      181n.
Worlock, R. M.      245
Wouthuysen, S.      78n.
Yang, C. N.      154n.
Yearian, M. R.      228n. 229n. 235n.
Yukawa cutoff      165
Yukawa potential      91 249
Zachariasen, F.      240n. 247n.
Zero-energy behavior of matrix      145 149 150 203 207
Zero-point energy      27 49
Zero-point fluctuations      12 20 21 27 28 89
Zero-point momentum      43 49
Zimmerman, W.      218n.
Zitterbewegung      63n.

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